Photonic Signals and Systems Lectures
- Lecture 1 – Signal to Noise Ratio
- Lecture 2 – Straight Line Propagation and Optical Coherence
- Lecture 3 – Fermat and Optical Path Length
- Lecture 4 – Complex Refractive Index and Finger Print Scanner
- Lecture 5 – Optical Fibre Group Velocity dispersion and compensation
- Lecture 6 – Polarization
- Lecture 7- RF Interference
- Lecture 8 – RF Antenna vs Optical Antenna Response
- Lecture 9 – Optical Interference Basics
- Lecture 10 – HomodyneInterferometry-SpatialFreq-FBG
- Lecture 11 – HeterodyneInterferometry
- Lecture 12 – Fiberdevices-FresnelCoefficients
- Lecture 13 – Diffraction-Fresnel-Fraunhofer-Diffraction
- Lecture 14 – Acousto Optic-BraggCell
- Lecture 15 – Acousto Optic Device-Doppler
- Lecture 16 – Acousto Optic-Interferometers
- Lecture 17 – Nematic Liquid Crystal Devices
- Lecture 18 – Optical MEMS based Photonic Designs
- Lecture 19 – Liquid Crystal Variable Optical Attenuators
- Lecture 20 – Liquid Crystal Switches and Time Delays